fnc_unconditional_branching::fnc_unconditional_branching(interpreter_t *interpreter, ub_operation op)
{
_op = op;
switch (op)
{
case ub_goto:
set_namedesc("goto", "branches to an already defined label");
set_minmaxargs(1, 1);
break;
case ub_gotoline:
set_namedesc("gotoline", "branches to source code line");
set_minmaxargs(1, 1);
break;
case ub_end:
set_namedesc("end", "Ends the execution of the program");
set_minmaxargs(0, 0);
break;
case ub_label:
set_namedesc(s_cmd_label, "Creates a label at the given line");
set_minmaxargs(1, 2);
break;
}
set_interpreter(interpreter);
}
fnc_binary_comparison::fnc_binary_comparison(interpreter_t *interpreter, binary_comparison bc)
{
// save comparison operator
_op = bc;
switch (bc)
{
case bc_gt:
set_namedesc(s_cmd_if_gt, "greater than: branches to an already defined label");
break;
case bc_gte:
set_namedesc(s_cmd_if_gte, "greater than or equal: branches to an already defined label");
break;
case bc_lte:
set_namedesc(s_cmd_if_lte, "less than or equal: branches to an already defined label");
break;
case bc_lt:
set_namedesc(s_cmd_if_lt, "less than: branches to an already defined label");
break;
case bc_eq:
set_namedesc(s_cmd_if_eq, "inequality: branches to an already defined label");
break;
case bc_neq:
set_namedesc(s_cmd_if_neq, "equality: branches to an already defined label");
break;
}
set_minmaxargs(3, 0);
set_interpreter(interpreter);
}
fnc_binary_arith::fnc_binary_arith(interpreter_t *interpreter, binary_arith op)
{
// save the operation code
_op = op;
set_interpreter(interpreter);
switch (op)
{
case ba_sub:
set_namedesc(s_cmd_sub, s_str_arith_help);
break;
case ba_mul:
set_namedesc(s_cmd_mul, s_str_arith_help);
break;
case ba_div:
set_namedesc(s_cmd_div, s_str_arith_help);
break;
case ba_add:
set_namedesc(s_cmd_add, s_str_arith_help);
break;
case ba_expr:
set_namedesc(s_cmd_expr, s_str_expr_help);
set_minmaxargs(2, 0);
return;
}
set_minmaxargs(2, 2);
}
bash_ast::walker_pointer bash_ast::create_walker(interpreter& walker,
antlr_pointer<ANTLR3_COMMON_TREE_NODE_STREAM_struct>& nodes)
{
set_interpreter(&walker);
walker.push_current_ast(this);
auto deleter = [&](plibbashWalker tree_parser)
{
tree_parser->free(tree_parser);
walker.pop_current_ast();
};
return walker_pointer(libbashWalkerNew(nodes.get()), deleter);
}
//***********************************************
Options::Options( QWidget *parent, const char *name)
: Q3TabDialog( parent, name)
{
setCaption("Settings");
set_general();
set_directories();
set_logedit();
set_interpreter();
connect( this, SIGNAL( applyButtonPressed() ), SLOT( apply() ) );
setDefaultButton();
connect( this, SIGNAL( defaultButtonPressed() ), SLOT( defaults() ) );
setCancelButton();
set_settings();
}
fnc_com::fnc_com(interpreter_t *interpreter, op_e op)
{
_op = op;
switch (_op)
{
case sc_create:
set_namedesc(s_cmd_create, "<- $com_obj $prog_id [clsctx]");
set_minmaxargs(2, 3);
break;
case sc_free:
set_namedesc(s_cmd_free, "<- $com_obj");
set_minmaxargs(1, 1);
break;
case sc_invoke:
set_namedesc(s_cmd_invoke, "<- $com_obj MethodName");
set_minmaxargs(2, 2);
break;
}
set_interpreter(interpreter);
}